MANAGEMENT SYSTEM

This project proposes the design and implementation of a smart meter management system. The system will focus on electricity metering and leverage smart meter technology to collect realtime consumption data. Improvements in metering infrastructure are required due to the growing need for better customer service and energy efficiency. The “Design and Implementation of Smart Meter Management System” project aims to create an efficient and intelligent system for managing energy consumption using smart meters. Smart meters, equipped with advanced sensors and communication modules, enable real-time data collection and bidirectional communication between utility providers and consumers. This smart meter management system has the potential to revolutionize energy management by providing valuable insights into consumption patterns, enabling optimized billing practices, and empowering consumers to make informed choices about their energy use. The system will gather, analyze, and manage smart meter data to improve energy usage monitoring, billing accuracy, and resource optimization.

Tertiary institutions face significant challenges in managing student academic records, often relying on manual or semi-automated systems. These outdated methods frequently lead to delayed result processing, computational inaccuracies, and a lack of real-time access to academic performance data, ultimately hindering institutional efficiency and student development. This project addresses these issues through the design and implementation of a Result-Based Management System (RBMS). The system automates the computation and management of student results, featuring interactive dashboards for students and administrative staff, and generates standardized reports for lecturers, department administrators, and students. Using the Computer Science Department at the University of Benin as a case study, this project demonstrates the critical need for tertiary institutions to adopt automated solutions for tracking and analyzing student performance. The developed RBMS is a robust digital platform that includes modules for calculating Grade Point Average (GPA) and Cumulative Grade Point Average (CGPA), alongside providing real-time academic analytics. Constructed as a web-based application, the system utilizes HTML, CSS, PHP, JavaScript, jQuery, and MySQL. The project methodology follows the Structured System Analysis and Design Method (SSADM), ensuring a systematic approach by deconstructing complex processes into clear, manageable stages. The successful implementation of this system not only resolves the inefficiencies of manual result computation but also serves as a scalable model for digital transformation within academic administration.

Efficient complaint management is essential for enhancing student satisfaction and institutional accountability in higher education. However, most existing systems lack intelligence, scalability, and analytical depth. This dissertation presents the design and implementation of an AI-driven Student Complaints Management System (SCMS) that integrates Natural Language Processing (NLP) and sentiment analysis to improve how student grievances are captured, categorized, and resolved. The system applies text-mining techniques to interpret complaint narratives, classify issues by department, and assess emotional tone to prioritize responses. A modular web-based architecture enables real-time reporting, trend visualization, and administrative insights. Using a design science research methodology, the study demonstrates that intelligent automation significantly reduces resolution time and enhances decision-making transparency. The proposed SCMS contributes to the field of educational technology by merging human-computer interaction with data analytics to foster responsive governance and continuous improvement in higher education service delivery

This project title is written to help hospitals especially in the areas they encounter problems in keeping their attendance scheme for patient and the solution given to tackle problem such as transforming the existing manual attendance scheme for patients system in which the existing problems involved at the time was laziness of the Doctors to work, misplacement of files, excessive loitering around of patient for their files and loitering of paper in the office. This software reports on our pilot evaluation of AN ELECTRONIC PATIENT MANAGEMENT SYSTEM and their Doctors. The aim is to improve the quality of care to patient and the information about them, as indicated by an improvement in the effectiveness and efficiency of care and in an increase in patient’s satisfaction. This study makes clear that a thorough exploration of users needs before building the system, using qualitative research methods may be crucial because it can prevent data mismatch and maximize the chance that the eventual management system meets its most important aim: to enhance patient’s empowerment and improve the quality of care services. In order to handle this, I decided to introduce a new Electronic Patient Management System for patients. The project dwells more on Computer duty schedule. This is implemented with Visual Basic programming 6.0 language and Microsoft Access for effective information keeping.

Maternal healthcare remains a critical index of global public health, yet many healthcare facilities in developing regions still rely heavily on paper-based record systems. These traditional methods are prone to data fragmentation, physical damage, and inefficiency, often leading to delayed clinical decisions during critical periods of gestation. This project addresses these challenges through the design and implementation of a digital, cloud-based Pregnancy Wellness Record Management System. The platform is engineered to streamline antenatal data collection, improve communication between expectant mothers and healthcare providers, and ensure seamless continuity of care. The system was developed utilizing a three-tier software architecture. The frontend user interface was built using responsive frameworks to ensure cross-platform accessibility on both mobile devices and desktops, while the backend logic was implemented using a robust server-side framework integrated with a secure relational database. The application features specialized portals tailored for two distinct user roles: expectant mothers and clinical personnel. For patients, the system offers tools for tracking daily gestational vitals (such as blood pressure, weight, and blood sugar levels), a gestational age calculator, medication reminders, and automated appointment scheduling. For healthcare providers, the system delivers a comprehensive clinician dashboard featuring real-time vitals visualization, antenatal visit logging, immunization tracking, and automated alert flags that trigger when a patient's logged vitals deviate into high-risk clinical thresholds. To safeguard sensitive protected health information (PHI), robust security measures—including role-based access control (RBAC), end-to-end data encryption using HTTPS/TLS protocols, and secure database hashing—were integrated into the system's design. Evaluation of the implemented prototype demonstrated a significant reduction in administrative retrieval times for patient files and enhanced user engagement in maternal self-monitoring. The developed system offers a scalable, secure, and highly efficient digital framework capable of modernizing antenatal care delivery, reducing clinical workloads, and ultimately contributing to improved maternal and neonatal health outcomes.

This project title is written to help hospitals especially in the areas they encounter problems in keeping their attendance scheme for patient and the solution given to tackle problem such as transforming the existing manual attendance scheme for patients system in which the existing problems involved at the time was laziness of the Doctors to work, misplacement of files, excessive loitering around of patient for their files and loitering of paper in the office. This software reports on our pilot evaluation of AN ELECTRONIC PATIENT MANAGEMENT SYSTEM and their Doctors. The aim is to improve the quality of care to patient and the information about them, as indicated by an improvement in the effectiveness and efficiency of care and in an increase in patient’s satisfaction. This study makes clear that a thorough exploration of users needs before building the system, using qualitative research methods may be crucial because it can prevent data mismatch and maximize the chance that the eventual management system meets its most important aim: to enhance patient’s empowerment and improve the quality of care services. In order to handle this, I decided to introduce a new Electronic Patient Management System for patients. The project dwells more on Computer duty schedule. This is implemented with Visual Basic programming 6.0 language and Microsoft Access for effective information keeping.

Efficient healthcare delivery relies heavily on accurate, accessible, and secure patient information. In Nigeria, the current method of managing patient records remains largely manual, fragmented, and uncoordinated across different healthcare facilities. This has led to frequent duplication of medical tests, prolonged waiting times, and poor continuity of care. The need for a centralized and interoperable digital solution is therefore essential in improving patient outcomes and overall healthcare efficiency. This roject focuses on the design and prototype implementation of a web-based Electronic Health Record (EHR) system named HealthHive. The system aims to consolidate patient medical data from multiple hospitals into a single, secure, and user-friendly platform accessible to patients, healthcare providers, and administrators. HealthHive emphasize interoperability, scalability, and data security while ensuring that patient privacy is upheld through role-based access control and encrypted communication. The project adopts the Object-Oriented Analysis and Design (OOAD) approach, with modeling tools such as Use Case Diagrams and Class Diagrams utilized to represent the system’s architecture and interactions. The proposed system demonstrates how centralized digital records can minimize redundancies, promote data sharing between healthcare institutions, and enhance decision-making through accurate medical histories. Ultimately, this prototype lays the foundation for a national EHR framework capable of transforming healthcare management in Nigeria by improving accessibility, efficiency, and trust within the healthcare ecosystem.

Online Blood Bank Management System(BBMS) is a web-based system that registers users who could be blood donors , requesters, hospitals or organizations who have the common interest of blood availability for safe transfusion. The blood bank helps in the overall management of the system in the form of recording blood related data collection, analyzing, processing and general management of blood for safe transfusion to those in need. The goal of this Online Blood Bank Management System is to automate the present manual system using computerized equipment and full-featured computer software to meet their needs, so that their vital data/information may be preserved for a longer period of time with easy access and manipulation. A well managed Blood Bank Management System can lead to an error-free, high-quality blood supply management system that is safe, dependable, and quick. However, blood bank management in Nigeria is still paper based, slow and prone to error. There is also information gap amongst blood donors, those in need of blood and hospitals and organizations in charge of blood management. The goal of this project is to automate the process of blood management using computerized equipment and full-fledged
computer software to enable donors make blood donations and to help requesters and hospitals to have access to information regarding blood availability in order to make requests for blood. It also gives room for health practitioners to make health and blood related posts about blood donations and gives room for organizations to manage campaign activities to provide proper enlightenment to ensure safe, fast and reliable blood transfusion and blood management system. The project will be implemented using React for the frontend to develop the user interface while Javascript and NodeJs were used for the backend. The database used to store data will be Mysql

This study focuses on the design and implementation of a Computerized Crime Reporting and Management System aimed at addressing the inefficiencies associated with manual crime reporting methods. The system provides a digital platform where crimes can be reported, tracked, and managed efficiently. Key functionalities include online report submission, automated case assignment, status tracking, and centralized database storage for crime data. The system also supports real-time communication between citizens and law enforcement agencies, enabling improved responsiveness and transparency. Through the use of secure login mechanisms, role-based access control, and data encryption, the system ensures the confidentiality and integrity of sensitive crime-related information. The implementation process involved system modeling, software development, database integration, and rigorous testing for performance, functionality, and security. Testing confirmed the system’s ability to handle user inputs, protect data, and operate under real-time constraints. The computerized system enhances accessibility, reduces delays in reporting, and allows for effective data analysis, making it a valuable tool for law enforcement agencies. This study demonstrates that digital crime management systems can significantly improve the accuracy, speed, and reliability of crime data handling, ultimately contributing to a more efficient and accountable criminal justice process.

Inventory management is one of the activities the stock manager undertakes to ensure optimal services of goods to effectively achieve its function. This obligation could only be made possible by automating the current manual and paper based inventory system. A web based inventory management system was proposed. A literature review was conducted on three technologies used in the inventory management that is Radio Frequency Identification (RFID), Barcode Technology and Near fieldCommunication (NFC). A review was also undertaken on the related works to identify the concept that could be adopted in the proposed system. A baseline study was performed to understand the challenges faced in the inventory management of goods. The results of The baseline study were analyzed and found that the challenges were attributed to the current manual inventory management system mainly due to human errors, incorrect inventory reporting and pilferage of items. The proposed prototype system was developed and tested and proved to be faster, efficient and more reliable than the manual and paper based system.